Winter Schedule
Physics | Calculus | Chemistry | |
Week 1 | Relativity
(Chapter 39) |
Integration by Substitution
(Chapter 4.2) |
Spontaneity & Gibbs Free Energy (Chapter 8) |
Week 2 | Circular Motion
(Chapter 6,10.1-10.3) |
Applications of Integration
(Chapter 4.6,5.1) |
Introduction to Equilibrium (Chapter 9) |
Week 3 | Rotational Dynamics
(Chapter 10) |
Cross Product
(Chapter 11) Further Applications of Integration (Chapter 5) |
Acid/Base Equilibria (Chapter 10) |
Week 4 | Rotational Dynamics
(Chapter 11) |
Introduction to Differential Equations
(Chapter (5.4,6.3) |
Acid/Base Equilibria
(Chapter 10) |
Week 5 | Oscillations
(Chapter 13) |
Further Techniques of Integration
Chapter (7.1-7.3) |
Solubility Equilibria
(Chapter 11) |
Week 6 | Gravitation
(Chapter 14) |
Integration formulae and computer algebra systems (7.5) | Oxidation/Reduction Equilibria & Electrochemistry
(Chapter 12) |
Week 7 | Electrictrostatics
(Chapter 23) |
Conic Sections/Parametric Functions | Oxidation/Reduction Equilibria & Electrochemistry
(Chapter 12) |
Week 8 | Electricpotential
(Chapter 25) |
Polar Coordinates (9.5-9.6) | Chemical Kinetics
(Chapter 13) |
Week 9 | Capacitance
(Chapter 26) |
Vector Valued Functions (9.3 10.5) | Chemical Kinetics
(Chapter 13) |
Week 10 | Current and Resistance
(Chapter 27) |
Introduction to Vector Calculus (10.6-10.7) | Introduction to Classical Bonding (Chapter 3) |
Homework and Review
Assignments.
Return to
Matter
& Motion 2000 Homepage
Return to
Evergreen
Homepage